The function of high-pressure steel wire braided rubber hose is to connect various hydraulic components in the hydraulic system, maintain the circulation and energy transfer of the hydraulic system. When selecting pipelines, the appropriate diameter, wall thickness, material, and pipeline should be chosen based on the system's pressure, flow rate, working medium, usage environment, and requirements for components and pipe joints.

From the performance perspective of high-pressure steel wire braided rubber hose, its main function is to transport various liquids, and the material has corrosion resistance. This type of hose has pressure requirements, and the steel wire layer is the pressure bearing layer in the hose structure, so the steel wire material needs to be selected correctly. From the perspective of working environment, there are outdoor environment, mechanical equipment, ground, etc. These factors should be considered comprehensively. When selecting materials, anti-aging, wear resistance and other characteristics should be considered.

It is necessary to consider the stability of materials, the rationality of formulas, the cost-effectiveness of formula materials, safety factors, normal working environment, anti-static, flame retardant, and atmospheric pressure resistance requirements. The materials involved in this aspect need to be carefully selected, and some important materials that involve multiple aspects are even more important. From the perspective of manufacturing technology, the main considerations are manufacturing economy, product stability, and feasibility of continuous production work. Materials should meet production requirements as much as possible.

High pressure steel wire braided rubber hoses are mainly used for the transportation of liquids and gases, and the working pressure is determined based on the system pressure. They are widely used in industries such as coal mines, mines, chemicals, machinery, and automobiles. When it comes to high-pressure rubber hoses, corresponding joints are always mentioned. The joints of various rubber hose assemblies are divided into A type, B type, C type, D type, E type, F type, H type, flange type, etc., and can be bent according to their curvature such as 30 degrees, 45 degrees, 75 degrees, or even 90 degrees.